279 Electroactive Biomaterials to Sense and Control Microbial Infections


Description:
Many interfaces are used to deliver electrochemical current while providing care. Electrocautery and brain or cardiac stimulations are few examples. In the case of metal-based implants, residual charges or potential on the devices are known to affect cells. What does it take to a microbe to colonize a charged interface? The delivery of low-level electrochemical current was long seen as an alternative to control and detect microorganisms. This session will highlight some of the achievements in microbial control with electroactive materials for cell detection or sterilization.

Sponsor:
Microbes at Biomedical Interfaces
Co-Sponsor(s):
Electrochemical Fundamentals (01E), Biomaterials (08B), Electronics and Photonics (08E), Sensors (T9)


Chair:
Haluk Beyenal
Associate Professor
Washington State University
The Gene & Linda Voiland School of Chemical Engineering and Bioengineering
Pullman, WA
99164
Email: beyenal@wsu.edu

Co-Chair:
Mark Ehrensberger
Assistant Professor
University at Buffalo
Biomedical Engineering
Buffalo, NY
Phone Number: (716) 829-3944
Email: mte@buffalo.edu


Papers:
279a
Control of Pseudomonas Aeruginosa Biofilms By Electrical Currents Using a Simple Agar Model
Devendra Dusane, Ohio State University; Varun Lochab, Ohio State University; Travis Jones, Ohio State University; Casey Peters, Ohio State University; Amitava Das, Ohio State University; Sashwati Roy, Ohio State University; Chandan Sen, Ohio State University; Vish Subramaniam, Ohio State University; Daniel Wozniak, Ohio State University; Shaurya Prakash, Ohio State University; Paul Stoodley, Ohio State University
279b
Prevention of Select Eskape Pathogens from Attaching to Titanium Using Cathodic Voltage Controlled Electrical Stimulation Combined with Antibiotic Therapy
Mary Canty, University at Buffalo; Nicole Luke-Marshall, University at Buffalo; Anthony Campagnari, University at Buffalo; Mark Ehrensberger, University at Buffalo
279c
Computational Modeling of Cathodic Voltage Controlled Electrochemical Treatment of Biofilms in-Vivo
Amir Mokhtare, University at Buffalo; Mark Ehrensberger, University at Buffalo; Edward P. Furlani, University at Buffalo, The State University of New York
279d
Electroactive Surfaces and Their Use for Biofilm Removal to Advance Wound Healing
Abdelrhman Mohamed, Washington State University; Hannah M. Zmuda, Washington State University; Mia Mae Kiamco, Washington State University; Ahmed Ben Sahil, Washington State University; Yash Raval, Mayo Clinic; Douglas R. Call, Washington State University; Robin Patel, Mayo Clinic; Haluk Beyenal, Washington State University
279e
Toward to the Design of an Electrochemical Therapy (ECT) Against Microbial Infection
Nna-Emeka Onukwugha, University of Pittsburgh; Eloise Parry-Nweye, University of Pittsburgh; Tagbo H.R. Niepa, University of Pittsburgh
279f
Wireless Electrostimulation to Eradicate Bacteria Biofilm
Hao Wang, Syracuse Biomaterials Institute; Dacheng Ren, Syracuse University
279g
Electrochemical Detection of Bacterial Biofilms on Titanium
Caelen Clark, University at Buffalo; Mark Ehrensberger, University at Buffalo
279h
Novel Focused Multivector Ultraviolet (FMUV) Disinfection without Manual Cleaning and Chemical Disinfection in-between Surgeries and throughout the Hospital Environment
Donna Armellino, Northwell Health; Luis F. Romo, PurpleSun Inc.; Thomas J. Walsh, Weill Cornell Medicine of Cornell University; Vidmantas Petraitis, Weill Cornell Medicine of Cornell University; Audrey McNicholas, PurpleSun Inc.; Wladyslaw Kowalski, PurpleSun Inc.; Mao-wen Weng, PurpleSun Inc.
Abstract Submissions Closed
See more of this Group/Topical: Topical Conference: Microbes at Biomedical Interfaces
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